We give a new construction of p-adic heights on varieties over number fields using p-adic Arakelov theory. In analogy with Zhang's construction of real-valued heights in terms of adelic metrics, these heights are given in terms of p-adic adelic metrics on line bundles. In particular, we describe a construction of canonical p-adic heights an abelian varieties and we show that, for Jacobians, this recovers the height constructed by Coleman and Gross. Our main application is a new and simplified approach to the Quadratic Chabauty method for the computation of rational points on certain curves over the rationals, by pulling back the canonical height on the Jacobian with respect to a carefully chosen line bundle
We present a new quadratic Chabauty method to compute the integral points on certain even degree hyp...
For curves over the field of p-adic numbers, there are two notions of p-adic integration: Berkovich-...
We give new instances where Chabauty–Kim sets can be proved to be finite, by developing a notion of ...
We give a new construction of p-adic heights on varieties over number fields using p-adic Arakelov t...
We describe an algorithm to compute the local Coleman-Gross p-adic height at p on a hyperelliptic cu...
One of the most important results in Diophantine geometry is the finiteness of the number of rationa...
This thesis deals with several theoretical and computational problems in the theory of p-adic height...
We generalize the explicit quadratic Chabauty techniques for integral points on odd degree hyperelli...
Let X be an Atkin-Lehner quotient of the modular curve X_0(N) whose Jacobian J_f is a simple quotien...
In 2006, Mazur, Stein, and Tate gave an algorithm to compute p-adic heights and regulators on ellipt...
We give a formula for the component at p of the p-adic height pairing of a divisor of degree 0 on a ...
Since Faltings proved Mordell's conjecture in [16] in 1983, we have known that the sets of rational ...
This article generalizes the geometric quadratic Chabauty method, initiated over $\mathbb{Q}$ by Edi...
http://math.bu.edu/people/jbala/2020BalakrishnanMuellerNotes.pdfhttp://math.bu.edu/people/jbala/2020...
We present a new quadratic Chabauty method to compute the integral points on certain even degree hyp...
For curves over the field of p-adic numbers, there are two notions of p-adic integration: Berkovich-...
We give new instances where Chabauty–Kim sets can be proved to be finite, by developing a notion of ...
We give a new construction of p-adic heights on varieties over number fields using p-adic Arakelov t...
We describe an algorithm to compute the local Coleman-Gross p-adic height at p on a hyperelliptic cu...
One of the most important results in Diophantine geometry is the finiteness of the number of rationa...
This thesis deals with several theoretical and computational problems in the theory of p-adic height...
We generalize the explicit quadratic Chabauty techniques for integral points on odd degree hyperelli...
Let X be an Atkin-Lehner quotient of the modular curve X_0(N) whose Jacobian J_f is a simple quotien...
In 2006, Mazur, Stein, and Tate gave an algorithm to compute p-adic heights and regulators on ellipt...
We give a formula for the component at p of the p-adic height pairing of a divisor of degree 0 on a ...
Since Faltings proved Mordell's conjecture in [16] in 1983, we have known that the sets of rational ...
This article generalizes the geometric quadratic Chabauty method, initiated over $\mathbb{Q}$ by Edi...
http://math.bu.edu/people/jbala/2020BalakrishnanMuellerNotes.pdfhttp://math.bu.edu/people/jbala/2020...
We present a new quadratic Chabauty method to compute the integral points on certain even degree hyp...
For curves over the field of p-adic numbers, there are two notions of p-adic integration: Berkovich-...
We give new instances where Chabauty–Kim sets can be proved to be finite, by developing a notion of ...